Mass of watch glass and evaporating dish:67.511 g Mass of watch glass, evaporating dish, and Mg ribbon:67.751 g the mass of Mg (g): 0.240 Mass of watch glass, evaporating dish, and reacted Mg after cooling:68.465 g the mass of the product (g): 0.714 the mass of Cl (g): .474 Mole calculations the moles of Mg in the product (mol) 1 x10-2 the moles of Cl in the product (mol) 1.3 x10-2 Determining the formula of the MgxCly product Magnesium (Mg) Chlorine (Cl) Unrounded molar ratio Simplest whole-number ratio Write the empirical formula for your product:
Mass of watch glass and evaporating dish:67.511 g Mass of watch glass, evaporating dish, and Mg ribbon:67.751 g the mass of Mg (g): 0.240 Mass of watch glass, evaporating dish, and reacted Mg after cooling:68.465 g the mass of the product (g): 0.714 the mass of Cl (g): .474 Mole calculations the moles of Mg in the product (mol) 1 x10-2 the moles of Cl in the product (mol) 1.3 x10-2 Determining the formula of the MgxCly product Magnesium (Mg) Chlorine (Cl) Unrounded molar ratio Simplest whole-number ratio Write the empirical formula for your product:
Chapter3: Stoichiometry
Section: Chapter Questions
Problem 105E: Over the years, the thermite reaction has been used for welding railroad rails, in incendiary bombs,...
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Mass of watch glass and evaporating dish:67.511 g
Mass of watch glass, evaporating dish, and Mg ribbon:67.751 g
the mass of Mg (g): 0.240
Mass of watch glass, evaporating dish, and reacted Mg after cooling:68.465 g
the mass of the product (g): 0.714
the mass of Cl (g): .474
Mole calculations
the moles of Mg in the product (mol) 1 x10-2
the moles of Cl in the product (mol) 1.3 x10-2
Determining the formula of the MgxCly product
Magnesium (Mg)
|
Chlorine (Cl)
|
|
---|---|---|
Unrounded molar ratio
|
|
|
Simplest whole-number ratio
|
|
|
Write the empirical formula for your product:
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